HP Enterprise - SSD - Read Intensive - 240 GB - Hot-swap - SATA - With HP Enterprise Smart Carrier - P05319-001

• High performance, exceptional reliability, and efficiency for faster business results
  HPE SATA M.2 Read Intensive Solid State Drives maintain data accuracy with full data-path error detection and by using self-describing LEDs to reduce drive activity confusion.
• Accelerate workload performance
  HPE SATA M.2 Read Intensive Solid State Drives achieve higher Input/Output Per Second (IOPs) to enhance the performance of your data center. Experience modern technology and increased performance of SATA M.2 SSDs, giving you faster access to data with excellent latency.
• Deliver high reliability in your data center
  HPE SATA M.2 Read Intensive Solid State Drives provide compatibility with the HPE ProLiant Server series and HPE controllers for consistent, reliable performance. HPE Solid State Drives are rigorously tested 3 million hours in various environments to achieve the quality standards you need. Deliver high availability with power loss protection that continues to protect your data even when the datacenter loses power.
• Provides simplicity and lower total cost of ownership
  HPE SATA M.2 Read Intensive Solid State reduce power consumption, provide improved IOPS/W versus rotating media, and reduce datacenter cooling costs.

Do your read-intensive workloads need consistently high performance from a Solid State Drive with low latency and reduced power consumption?
HPE SATA M.2 Read Intensive (RI) Solid State Drives (SSDs) deliver enterprise features and performance at an affordable price for workloads high in reads such as boot/swap, web servers, and read caching. Hewlett Packard Enterprise SSDs are backed by over 3 million hours of testing and qualification in various environments, certifying reliable, high performing drives. HPE SATA M.2 RI SSDs achieves higher Input/Output Per Second (IOPs) to enhance the performance of your data center, giving you faster access to data with excellent latency. With reduced power consumption, it provides improved IOPS/W versus rotating media and reduces datacenter cooling costs.